British Columbia Faces Power Supply Challenge Amid AI Boom

Artificial intelligence (AI) is rapidly transforming various sectors, and British Columbia (B.C.) is positioning itself to capitalize on this trend. The province is witnessing a surge in AI data centres, which are crucial for supporting this technological evolution. However, this growth presents a significant challenge: a limited electricity supply that must accommodate the escalating energy demands of these facilities.

B.C. recently inaugurated its first AI data centres in **Prince George** and **Kamloops**, with plans for additional facilities on the horizon. The provincial government views these data centres as essential for economic growth and maintaining data sovereignty by keeping information within Canada. “AI is everywhere. It’s changing how we work, learn, and do business,” stated **Rick Glumac**, B.C.’s Minister of State for Artificial Intelligence and New Technologies, who is tasked with expanding the province’s AI sector.

The challenge lies in the energy-intensive nature of AI data centres, which require substantial electricity for both operations and cooling. B.C.’s hydroelectric grid, predominantly powered by renewable sources, provides a clean energy option but is not without limitations. The province must balance the demands of various industries, including electric vehicles and liquid natural gas (LNG), while ensuring that AI does not monopolize the available power resources.

As the first province in Canada to establish a cabinet position for AI, B.C. is not alone in this endeavour. The federal government also appointed a Minister of Artificial Intelligence and Digital Innovation, aiming to propel Canada to the forefront of the AI sector. Following the recent federal election, this initiative was highlighted by the launch of an **AI Strategy Task Force**, which is currently seeking public input on infrastructure and security matters related to AI.

According to B.C.’s Ministry of Energy and Climate Solutions, the province categorizes data centres into three types: conventional, cryptocurrency mining, and AI. Presently, there are **12 notable conventional data centres** in B.C., with three more seeking power connections. If approved, these facilities could consume nearly **40 megawatts** of power—only a fraction of the province’s total capacity of **12,000 megawatts**. In contrast, AI data centres can each demand over **100 megawatts**.

In May, **Bell Canada** announced plans for an AI “data centre supercluster” that is expected to consume upwards of **500 megawatts**, approximately **5%** of the province’s current power supply. Its first facility, a **seven-megawatt** centre in Kamloops, opened in June, with another planned for **Merritt** by the end of next year. The company has additional projects in the works, including two **26-megawatt** data centres in partnership with local institutions.

The competitive landscape is further complicated by **Telus**, which announced plans for two Canadian data centres, including one in B.C. This centre aims to be “fully owned and operated on Canadian soil” to address concerns over data sovereignty. While Telus claims its Kamloops facility will be powered by **99% renewable energy**, specific power consumption details remain undisclosed.

As these developments unfold, Glumac emphasized the importance of closely monitoring the power grid’s capacity. BC Hydro is actively evaluating how the growth in AI and data centres will impact future energy demands. “We want to ensure that clean energy supports not just data centres but also the people in British Columbia and their economic opportunities,” Glumac added, indicating a potential need for regulation similar to the pause imposed on cryptocurrency mining operations due to their high energy consumption.

In December 2022, B.C. announced a moratorium on new electricity connections for cryptocurrency operations, citing their significant energy requirements. At that time, the province had six active cryptocurrency mining operations and several more in planning stages. While existing operations can continue, the moratorium halted **21 additional projects** that collectively sought over **1,400 megawatts** of power, exceeding **10%** of the total supply.

**Iren**, formerly known as **Iris Energy**, is B.C.’s largest bitcoin miner with operations in **Prince George**, **Mackenzie**, and **Canal Flats**. The company has promoted its activities as environmentally responsible, leveraging B.C.’s abundant renewable power. Iren’s facilities currently draw up to **160 megawatts**. However, under the new regulations, the company cannot expand its bitcoin operations but is diversifying into AI data storage. “We are interested in further expansion within B.C., and AI data centres are a use case that is allowed,” stated **Kent Draper**, Iren’s Chief Commercial Officer.

As AI and cryptocurrency mining both require high energy consumption, Draper noted that the transition to AI data centres involves minimal upgrades to existing infrastructure. “In that sense, AI is actually very similar to bitcoin mining,” he explained. Iren’s Prince George facility began offering AI data storage last year, with plans to double its capacity announced in September.

The looming energy demand from AI data centres is a concern shared by **Kate Harland**, research lead for clean growth at the **Canadian Climate Institute**. She advocates for proactive government planning to manage the expected surge in energy needs. “There is a lot of interest right now across Canada in having AI-enabled data centres,” Harland remarked. However, she warned of a potential “tipping point” where the benefits of AI might not outweigh the demands on the power grid.

B.C. has historically adopted a “first come, first served” policy for industrial power requests, but jurisdictions like Quebec are implementing new regulations to ensure fair allocation of limited resources. For instance, Quebec now requires ministerial approval for projects seeking more than **five megawatts** of power, considering economic and social impacts.

As British Columbia navigates this burgeoning AI landscape, the balance between energy supply and industrial demand will be crucial. The province’s commitment to maintaining clean energy while fostering economic growth will be tested as AI data centres continue to emerge as significant consumers of power.